The new MIA series from DAS AUDIO strengthened its international launch at InfoComm 2026 with two recognitions for MIA-X12 at the SCN Installation Product Awards. The system was awarded in the Most Innovative Speaker Solution and Most Innovative Sustainable Product Strategy categories, consolidating the introduction of a range developed for professional installation projects.
Designed as a family of passive coaxial point source systems, the MIA series combines dispersion control, architectural integration and configuration flexibility. The range includes compact models for distributed applications, larger-format systems for spaces requiring higher sound pressure levels, and subwoofers designed to extend low-frequency response within a complete solution.
MIA-X12 represents the largest format among the full-range systems in the series. Available with rotatable 70° x 50° and 110° x 60° coverage patterns, the system allows coverage response to be adapted to the needs of each project, while maintaining coherent reproduction and predictable performance across different installation configurations.
One of the key aspects of the MIA series is its integration with INTEGRAL electronics. The 16-ohm models allow a greater number of loudspeakers to be connected per amplifier channel, enabling more efficient configurations that are easier to scale. Together with FIR processing and ALMA control tools, the MIA series becomes part of a workflow-oriented ecosystem designed to simplify system design, tuning and monitoring.
During InfoComm 2026, visitors were able to listen to the new MIA systems in the DAS AUDIO demo room alongside other solutions from the brand, including EVENT-30A, EVENT-S218A, SARA and MARA-SUB. The demonstrations highlighted the complementarity between the different product families and their application in installation, live sound and rental environments.
With these recognitions, the MIA series reinforces its positioning as a new solution within the DAS AUDIO catalogue for professional installations that require precision, efficiency and flexible integration between loudspeakers, amplification and processing.